The visualization of transparent phase objects such as living cells and tissues plays an
important role in biological research. Transparency and invisibility caused by weak …

With unprecedented growth in data information over the past few decades, it is critically
important to seek a faster and more efficient method to simplify data processing. In recent …

Digital holographic microscopy (DHM) is emerged as a promising quantitative phase-
contrast imaging tool for full complex wavefront reconstruction of micron-sized bio-samples …

Digital holographic (DH) microscopy is a nondestructive quantitative method for studying
micron-sized samples with a special application in medicine, biology and materials science …

A universal methodology for coding-decoding the complex amplitude field of an imaged
sample in coherent microscopy is presented, where no restrictions on any of the two …

In this manuscript, we describe the development of a single shot, self-referencing wavefront
division, multiplexing digital holographic microscope employing LED sources for large field …

Digital Holographic Tomography (DHT) has recently been established as a means of
retrieving the 3D refractive index mapping of single cells. To make DHT a viable system, it is …

Imaging of transparent samples such as cells is important in the biomedicine field; however,
insignificant absorption and weakly scattering limit the imaging contrast of phase objects …

A quasi-common-path off-axis interferometric quantitative phase microscopy (iQPM) is
proposed using amplitude-division in this paper. Utilizing a quasi-common-path …

In physical optics, Fresnel diffraction matters. The single Fourier transform method has been
widely used in Fresnel diffraction calculation and can perform the direct computation of the …